Development of Metal Supported Solid Oxide Fuel Cells for Operation at 500-600°C

DOI PDF 3 Citations
  • N. P. Brandon
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • A. Blake
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • D. Corcoran
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • D. Cumming
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • A. Duckett
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • K. El-Koury
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • D. Haigh
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • C. Kidd
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • R. Leah
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • G. Lewis
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • C. Matthews
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • N. Maynard
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • N. Oishi
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • T. McColm
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • R. Trezona
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • A. Selcuk
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • M. Schmidt
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK
  • L. Verdugo
    Ceres Power Ltd., Unit 18, Denvale Trade Park, Crawley RH10 1SS, UK

Description

<jats:p>A novel metal supported Solid Oxide Fuel Cell has been developed, capable of operating at temperatures of 500-600°C. The rationale behind the materials used to construct this fuel cell type is given, and results presented from cell and short stack testing, including durability and thermal cycling trials. This new fuel cell variant is shown to be tolerant of carbon monoxide durable, robust to thermal and redox cycling, and capable of delivering technologically relevant power densities.</jats:p>

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